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Determination of Q / H characteristic of atypical measuring flume
Boháč, Daniel ; Zubík, Pavel (referee) ; Žoužela, Michal (advisor)
This bachelor’s thesis deals with streamflow measurement with focus on measuring systems using the Q/H characteristic. The thesis includes the description of the commonly used measuring weirs and flumes. The main task of this thesis is a specific project of atypical measuring flume. This flume will become a part of a rigid weir and will measure the minimum residual flow rates. In the Laboratory of Water Management Research of the Institute of Water Structures of the Faculty of Civil Engineering of the Brno University of Technology, the author has done extensive model research. In this research, various variants of the shapes and dimensions of the atypical measuring flume were analysed. The thesis also includes data processing of the said research and evaluation. The result of this work is the choice of the optimal variant of shapes and dimensions of atypical measuring flume and to determine its Q/H characteristic.
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Apartment building
Malina, Tomáš ; Kvapilová, Vendula (referee) ; Daněk, Lukáš (advisor)
This bachelor thesis deals with the elaboration of project documentation of the construction of the Apartment building in the Kroměříž. The object has an atypical shape composed of two squares. Apartment building is designed for 32 people. The building is designed as a four-storey and house with a cellar. On the underground floor there are storage areas, technical backgrounds and free times activities. On the first floor is a main entrance and two flats, on the second to four flor are just flats. The building is bricked from brick block with filigree floor slab and with a flat roof.
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Apartment building
Malina, Tomáš ; Kvapilová, Vendula (referee) ; Daněk, Lukáš (advisor)
This bachelor thesis deals with the elaboration of project documentation of the construction of the Apartment building in the Kroměříž. The object has an atypical shape composed of two squares. Apartment building is designed for 32 people. The building is designed as a four-storey and house with a cellar. On the underground floor there are storage areas, technical backgrounds and free times activities. On the first floor is a main entrance and two flats, on the second to four flor are just flats. The building is bricked from brick block with filigree floor slab and with a flat roof.
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Determination of Q / H characteristic of atypical measuring flume
Boháč, Daniel ; Zubík, Pavel (referee) ; Žoužela, Michal (advisor)
This bachelor’s thesis deals with streamflow measurement with focus on measuring systems using the Q/H characteristic. The thesis includes the description of the commonly used measuring weirs and flumes. The main task of this thesis is a specific project of atypical measuring flume. This flume will become a part of a rigid weir and will measure the minimum residual flow rates. In the Laboratory of Water Management Research of the Institute of Water Structures of the Faculty of Civil Engineering of the Brno University of Technology, the author has done extensive model research. In this research, various variants of the shapes and dimensions of the atypical measuring flume were analysed. The thesis also includes data processing of the said research and evaluation. The result of this work is the choice of the optimal variant of shapes and dimensions of atypical measuring flume and to determine its Q/H characteristic.
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Risk Analysis, Prevention And Following Crise Measures During A Possible SARS Desease Importation
TOUSECKÝ, Peter
The topic of my bachelor thesis is {\clqq} The Risk Analysis, Prevention and Subsequent Crisis Precaution within Possible SARS Spreading.`` Nowadays SARS {--}Severe Acute Respiratory Syndrome belongs to the possible threat to the population and starting with 12 th March 2003 the term SARS was defined as a risk phenomenon by the World Health Organization (WHO). As a matter of fact, SARS at the time of its beginning and spreading all over the world, didn´t occur in the Czech Republic and has been forgotten. More than ever it is necessary to remind the principal aspect of SARS origin and its potential impact on the inhabitants of the Czech Republic and its neighbouring countries in the case of SARS reccurence in the world. Educational training in a form of the anonymous questionnaire consisting of 80 respondents as well as information processing are the parts of my bachelor thesis. To the topic mentioned above I was motivated, at the time of SARS pandemic in the world, by the work in the Security Corps whose aim was monitoring and eliminating refugees inflow toEurope from the region of developing countries. Research data unambiguously prove that the developing countries were the area of SARS origin and occurence. Especially in 2003 in the land register of Strání Květná, district Uherské Hradiště, national border with Slovakia,the inflow more than 1000 refugees was recognized. But the estimates in this region start from the number of 5000 refugees who used this area of national border of the Czech Republic for illegal transferring to the developed European countries, namely Germany, with the help of passers. At that time the members of Force Corps had to face up to refugees drive although they were not trained and protected from SARS infection. I was interested in the problem of the infection transmission and I concluded that the fear in dealing with refugees in this post was wasted. SARS incubation period was maximum 10 days but the refugees´ transit from the country of origin especially from China to the Czech Republic was examined to the period from 1 to 3 months. The necessity to inform inhabitants of possible SARS transmission to Europe and the Czech Republic afterwords results from the mentioned personal knowledge.
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